The best time to get your home Air Conditioning in Portland serviced is before the hot weather arrives. Regular preventative maintenance is one of the best ways to reduce the chances of having to suffer through an unexpected breakdown in the middle of summer. Some of the things that your service technician will check are the refrigerant, coils, and motor. It is important that the refrigerant levels be sufficient to last the summer. Your technician will also clean the coils on your air conditioning unit. Coils that are coated with dirt or dust can interfere with the proper operation of your system. In fact, dirty coils can cause your air conditioning unit to overheat. It is also important to have the motor inspected during the service call. The motor is responsible for running your entire system. When the motor fails, so does everything else. A properly working air conditioner will help you get through even the hottest summer days.
Air Conditioning in Portland can prevent you and your family from getting sick during those hot summer days. There are several heat-related illnesses that can be particularly dangerous for young children and the elderly. Some of those illnesses include heat stroke and heat exhaustion. Both of these illnesses can turn deadly in a home that does not have a properly working air conditioner. Some of the symptoms of heat stroke and heat exhaustion include rapid heart rate, dizziness, and headaches. By having your air conditioner serviced before summer you can reduce the chances of developing a heat-related illness in your home.
If your Air Conditioning in Portland is old or outdated, a company like can come out and help you select a new air conditioning system for your home. When choosing a new air conditioner for your home, it is important that you consider the size of your home, the number of rooms, and your budget. An air conditioning contractor can help you select a system that will work best for you and your family. They will also be able to provide you with the maintenance for your new system.
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